Struct SpaceConfig 

#[non_exhaustive]
pub struct SpaceConfig { /* private fields */ }

What a host decides when it mounts scripts: where they live and the ceiling it allows each one. Built with SpaceConfig::new and handed to space.

Who a request comes from is not configured here: it is the principal the request’s capability names (urn:cap:principal:<iri>), which the host’s door mints with Capability::with_principal (see authority::principal_of).

There is no default backend and no default ceiling, on purpose: both are the host’s decision, and a library that guessed either would be guessing about authority.

Implementations

impl SpaceConfig

pub fn new(backend: Arc<dyn Backend>, ceiling: CeilingPolicy) -> SpaceConfig

Scripts kept in backend, each run under the ceiling ceiling answers for it.

pub fn sparql(self, door: SparqlDoor) -> SpaceConfig

Accept SPARQL scripts, evaluated through door (the store’s graph-scoped doors). Without it, publishing language=sparql is refused: which store a query runs against is the host’s decision, as the evaluator a Lisp script reaches is.

pub fn on_change(self, hook: ChangeHook) -> SpaceConfig

Run hook with the script’s name after every publish or retire through this crate.

★ Wire it to kernel.cut(ikigai_core::BINDINGS_THREAD). A published SPARQL script is its own entry in the catalog and the action manifold (…:result and …:runs with ITS parameters as arguments), and the kernel caches every description and Meta answer under urn:kernel:bindings, which it cannot know a publish changed. The library holds no kernel and an endpoint may not cut that thread without urn:cap:kernel:cut, so the host, which holds both, makes the cut. Unwired, a new query is runnable at once but the catalog, MCP and the engine’s argument routing describe the old set until something else cuts the thread.

Trait Implementations

impl Clone for SpaceConfig

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.